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Electrophoresis Power Supply

Name: Electrophoresis Power Supply
Brand: THE SCIENTIFIC GLASS FABRICATORS
Price: 3800.0 INR
Availability: InStock

Price 3800.0 INR/ Piece

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MOQ : 1 Piece

Electrophoresis Power Supply Specification

Display Type
Large LED Digital Display

Features
Constant Voltage/Current, Timer, Overload Protection, Mode Selection

Control Type
Digital Microprocessor Controlled

Power Supply
Internal Linear Regulated

Shape
Rectangular

Accuracy
Voltage/Current 1%

Type
Other

Dimension (L*W*H)
Approx. 300 x 260 x 120 mm

Equipment Type
Laboratory Instrument

Equipment Materials
Steel Body, Powder Coated

Power
AC 220V/110V, 50/60Hz

Voltage
Selectable, 0-300V

Material
Metal Enclosure with ABS Panel

Application
Agarose Gel and PAGE Electrophoresis

Cooling Method
Natural Air Ventilation

Weight
Approx. 4.5 kg

Protection
Short Circuit, Overload, Leakage Protection

Output Current Range
0-200 mA

Alarm Function
End of Run/Output Fault

Start/Stop Control
Dedicated Button on Panel

Compliance Standards
CE Marked, ISO Certified

Timer Range
0-99 min

Output Terminals
Banana Jacks for Output Connection

Electrophoresis Power Supply About

Electrophoresis Power Supply

Product Name: Electrophoresis Power Supply

Q. What is an Electrophoresis Power Supply?
Ans: Electrophoresis Power Supply is a precision laboratory instrument designed to provide a stable and controlled DC voltage supply for electrophoresis applications. It is widely used in molecular biology, biotechnology, genetics, biochemistry, and research laboratories for DNA, RNA, and protein separation.

Q. What are the main features of an Electrophoresis Power Supply?
Ans:

Digital display for accurate monitoring of voltage, current, and running time
Stable DC output for reliable electrophoresis experiments
Adjustable voltage and current control system
Microprocessor-based operation for precise performance
Safety protection against overload, short circuit, and over-temperature
Compact and durable laboratory design
Easy-to-use interface with clear control panel
Suitable for horizontal and vertical gel electrophoresis systems

Q. Where is Electrophoresis Power Supply used?
Ans: It is used in research laboratories, universities, medical laboratories, biotechnology industries, pharmaceutical laboratories, and educational institutes for gel electrophoresis experiments.

Q. What are the applications of this equipment?
Ans:

DNA and RNA electrophoresis
Protein electrophoresis
Agarose gel electrophoresis
Polyacrylamide gel electrophoresis (PAGE)
Molecular biology research work

Product Specifications:

Output Type: DC Constant Voltage / Constant Current
Voltage Range: Adjustable as per model requirement
Current Range: Adjustable output control
Display: Digital LED/LCD Display
Protection: Overload & short circuit protection
Construction: High-quality laboratory-grade body
Application: Electrophoresis and molecular biology experiments

SEO Keywords:

Electrophoresis Power Supply, Digital Electrophoresis Power Supply, Laboratory Power Supply, Gel Electrophoresis Equipment, DNA Electrophoresis Machine, Biotechnology Laboratory Equipment, Scientific Research Instruments.

Advanced Microprocessor Control

This power supply employs advanced digital microprocessor technology, delivering precise and reliable voltage and current outputs essential for reproducible electrophoresis results. The constant monitoring and automatic adjustments ensure accuracy within 1%, crucial for sensitive laboratory experiments and consistent outcomes.

User-Friendly Interface and Safety Features

Designed with ease of operation in mind, this device features a large LED digital display for real-time monitoring, along with a straightforward start/stop control button. The integrated alarm system alerts users to end-of-run conditions or output faults, while comprehensive protections-short circuit, overload, and leakage-prioritize laboratory safety.

Rugged Construction and Compliance

Engineered for longevity, the power supply boasts a powder-coated steel body and an ABS control panel. CE marking and ISO certification assure adherence to international standards, while banana jacks allow secure output connections. Natural air ventilation keeps the unit cool, ensuring reliable performance in any laboratory setting.

FAQ's of Electrophoresis Power Supply:

Q: How do I connect the Electrophoresis Power Supply to my gel apparatus?

A: The power supply features banana jacks as output terminals. To connect, simply use compatible banana plug leads, ensuring secure engagement with your gel electrophoresis apparatus. Always verify proper polarity and connection before starting a run to maintain safety and instrument integrity.

Q: What protection mechanisms are built into this power supply?

A: This power supply is equipped with multiple safety protections: short circuit, overload, and leakage detection. These mechanisms help prevent equipment damage and ensure user safety. The device also features an alarm that notifies you of end-of-run or output faults for greater operational security.

Q: When should I use the timer function, and how does it benefit experiments?

A: The timer (range: 0-99 minutes) allows you to set a precise duration for your electrophoresis runs. This feature is beneficial for automating experiments, preventing overrun, and ensuring consistent results across tests. An alarm will signal when the set time elapses or if a fault is detected.

Q: What are the main applications of this electrophoresis power supply?

A: This instrument is primarily used for agarose gel and PAGE (polyacrylamide gel electrophoresis) procedures, making it an essential tool in molecular biology, clinical, and educational laboratories for protein and nucleic acid separation tasks.

Q: Where can I use this electrophoresis power supply, considering compliance and construction?

A: With its CE marking and ISO certification, the power supply is suitable for use in laboratories that require adherence to international safety and quality standards. Its robust build and natural air ventilation system make it ideal for various research, teaching, and clinical environments.

Q: How accurate are the voltage and current settings, and how are they displayed?

A: The digital microprocessor ensures voltage and current accuracy within 1%. The selected parameters and output values are clearly shown on a large LED display, enabling precise monitoring and adjustment throughout your experiment.

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